Functional template and using method thereof

Abstract

The invention relates to the field of solar cell production, particularly to a functional template, which comprises a front template, a middle template and a rear template with the same length, wherein the front template, the middle template and the rear template are all flat plates which are made of transparent materials and have rectangular structures, the style of the front template is the sameas that of the front half section of the middle template, the style of the rear template is the same as the rear half section of the middle template, the front template is divided into six partitionsin the length direction through seven dividing lines, a front positioning line is arranged on the front side of the front template, a straight line perpendicular to the dividing lines is led out fromeach dividing line and provided with first scales, a second scale perpendicular to the straight line of the first scale is led out from the front positioning line between every two partitions, the rear template is similar to the front template, the difference is that a rear positioning line is arranged on the rear template, the front positioning line does not exist, the middle template is an integrated template formed by combining the front template and the rear template, and two central positioning lines are arranged in the center of the middle template.

Description

technical field [0001] The invention relates to the field of solar cell production, in particular to the field of typesetting effect inspection of an automatic typesetting machine. Background technique [0002] In the photovoltaic module manufacturing industry, which is becoming more and more automated, the tooling of the original manual work era has gradually withdrawn from the stage. In the face of high-precision and high-efficiency automation equipment, errors exceeding the standard will not only bring about batch problem products, but also have an extremely passive impact on production due to the matching problem of the automated production line. Therefore, fast and accurate equipment debugging is essential. [0003] In the photovoltaic module manufacturing industry, typesetting is a very important process. The current typesetting process uses automatic typesetting by robots. When producing double-glass photovoltaic modules, the number of typesetting reaches 12 strings,...

AI Technical Summary

Problems solved by technology

In the face of high-precision and high-efficiency automation equipment, errors exceeding the standard will not only bring about batch problem products, but also have an extremely passive impact on production due to the matching problem of the automated production line. Therefore, fast and accurate equipment debugging is essential

[0003] In the photovoltaic module manufacturing industry, typesetting is a very important process. The current typesetting process uses automatic typesetting by robots. When producing double-glass photovoltaic modules, the number of typesetting reaches 12 strings, involving as many as 46 size parameters. The traditional method In the debugging stage, the steel ruler is used to measure one by one. Not only is the efficiency low, but some parameters may be missed, resulting in insufficient typesetting accuracy, which will cause troubles for subsequent normal production.

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